第三届动物-计算机交互国际会议论文集

C. Mancini
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引用次数: 1

摘要

尽管一个世纪以来,在生态学、认知科学和农业工程等不同领域,动物已经接触到交互技术,但直到最近,交互设计师才开始对这些交互产生兴趣。就在三年半前,在SIGCHI计算机系统人为因素会议(CHI2012)主办的一次特别兴趣小组会议上,一小群研究人员首次聚集在一起,讨论了一个很少有人做过工作甚至听说过的话题:动物-计算机交互。从那时起,专门的研讨会和由计算会议和惯例主办的大会版本促进了一个热心社区的发展,同时越来越多的工作已经开始形成一个新兴的学科,现在简称为ACI。ACI是一个高度跨学科的领域,其目的是在自然环境中理解动物与技术之间的相互作用;开发以用户为中心的技术,以改善动物福利,支持动物的活动并促进物种间的关系;并告知以用户为中心的方法来设计用于动物的交互技术。通过采用多物种视角来研究和设计技术交互,ACI承认包括人类在内的物种之间存在着进化的连续性,从而推动了交互设计在参与主体、方法和应用方面的界限。在加强交互设计的同时,ACI有潜力改善动物福利和人类与动物的关系,并为发展更具包容性的社会和可持续的技术支持生活形式做出贡献。为了推进这一愿景,在迄今为止所做的工作的基础上,今年ACI社区迈出了重要的一步,自2014年以来举行的年度ACI大会与ACM SIGCHI合作,成为一个独立的会议。
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Proceedings of the Third International Conference on Animal-Computer Interaction
Although animals have been exposed to interactive technology for the best part of a century in fields as diverse as ecology, cognitive science and agricultural engineering, it is only recently that interaction designers have begun to take an interest in these interactions. And it was only three and a half years ago when a small group of researchers first came together during a Special Interest Group meeting, hosted by the SIGCHI Conference on Human Factors in Computing Systems (CHI2012), to discuss a topic very few had done work in or even heard about: Animal-Computer Interaction. Since then, dedicated workshops and congress editions hosted by computing conferences and conventions have fostered the development of a keen community, while an increasing body of work has begun to shape an emerging discipline now referred to by abbreviation as ACI. A highly interdisciplinary field, ACI encompasses work whose aim is to understand the interaction between animals and technology in naturalistic settings; to develop user-centered technology that can improve animals' welfare, support animals in their activities and foster interspecies relationships; and to inform user-centered approaches to the design of interactive technology intended for animals. By taking a multispecies perspective to the study and design of technological interactions, ACI acknowledges the evolutionary continuities existing between species, including humans, thus pushing the boundaries of interaction design in terms of participating agents, methods and applications. While strengthening interaction design, ACI has the potential to improve animal wellbeing and human-animal relations, and to contribute to the development of more inclusive societies and sustainable forms of technologically supported living. To advance this vision and on the strength of work done so far, this year the ACI community takes an important leap forward, as the annual ACI convention that has taken place since 2014 becomes an independent conference, in co-operation with the ACM SIGCHI.
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